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유도탄 착화기 CBT(Closed Bomb Test) R&R 검증을 위한 시험소간 비교시험에 대한 연구

A Study on Inter-laboratory Comparative Tests for Guided Missile Electric Initiator CBT (Closed Bomb Test) R&R Verification

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참고문헌

키워드

주제분류기계공학

초록

An electric initiator is a component that is located in the thermal battery or propulsion unit to transfer energy first. Initiator tests include X-ray test, non-destructive leak testing, circuit/insulation resistance test, and CBT (Closed Bomb Test). Among them, CBT is a key element in evaluating the performance of initiator, and the reliability of the test results is important for judgment of the required performance. This study conducted inter-laboratory comparative tests to secure the reliability and repeatability & reproducibility of the initiator CBT. A comparative test was conducted with a mass production acceptance test agency to verify whether the reliability was secured.

Abstract

An electric initiator is a component that is located in the thermal battery or propulsion unit to transfer energy first. Initiator tests include X-ray test, non-destructive leak testing, circuit/insulation resistance test, and CBT (Closed Bomb Test). Among them, CBT is a key element in evaluating the performance of initiator, and the reliability of the test results is important for judgment of the required performance. This study conducted inter-laboratory comparative tests to secure the reliability and repeatability & reproducibility of the initiator CBT. A comparative test was conducted with a mass production acceptance test agency to verify whether the reliability was secured.

참고문헌 (8)

  1. D. S. Kim, "Reliability Prediction based on Performance Modeling about Electric Initiators", J. Korean Soc. Aeronaut. Space Sci, 51(8), pp.535~542 (2023)
  2. Z. Kim, "Sensitivity Test of Explosive Initiator", Proceeding of The Korean Society for Aeronautical and Space Sciences Fall Conference, pp.1042~1047 (2012)
  3. M. K. Ahn, "Localization Developments on Electric Igniter for Thermal Battery of a Missile on K-PSAM", Journal of the KIMST, 20(4), pp.536~542 (2017)
  4. H. Y. Jung, "Analysis of the Electric Initiator for Solid Rocket Motor", Korean Society for Precision engineering Fall Conference, pp.1095~1099 (2014)
  5. W. K. Kang, "Study on Aging Characteristics of Thru-Bulkhead Initiator", Journal of the Korean Society of Propulsion Engineers, 24(2), pp.43~51 (2020)
  6. K. H. Kim, "Initiator Development using LEEFI", Proceeding of the 51th Korean Society of Propulsion Engineers Conference, pp.146~147 (2018)
  7. D. H. Han, "Combustion behaviors of initiator and TBI with closed bomb to assess performance of pyro actuated device", Korean Society for Precision engineering Fall Conference, pp.689~694 (2023)
  8. S. W. Lee, "Relative Humidity Transducer Proficiency Test for KOLAS Humidity Calibration Laboratories", Journal of Sensor Science and Technology, 32(6), pp.447~454 (2023)

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